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Biomedical subjects

Izge Gunal

Publications and source records attributed to Izge Gunal.

22 records · Page 2Linked to original sources

Evaluation of physical findings in acute wrist trauma in the emergency department.

OBJECTIVE: The aim of the study was to evaluate the value of physical findings to predict fracture in patients with acute wrist trauma. METHODS: This prospective clinical study was conducted over a period of four months from December 1998. The patients who were older than 18 years and presenting with acute wrist trauma within 24 hours of the time of injury were included in the study. Magnetic resonance imaging (MRI) was done for the patients who had inconsistency between clinical and radiographic diagnosis. RESULTS: Fifty-five patients were included in the study. Four fractures were diagnosed on the MRI of eight patients who have contradiction between clinical diagnosis and X-ray studies. The positive predictive values of edema, localized tenderness, pain on active and passive motion, pain with grip and pain in supination were found as 95.2%, 67.3%, 77.3%, 91,7%, 89.3%, and 96%, respectively. Physical findings having high sensitivity were found as localized tenderness (94.3%), pain on the active and passive motion (97.1%, 94.3%, respectively). Pain on the active and passive motion were determined as physical findings with highest negative predictive values (%90.9, %89.5, respectively). CONCLUSION: Edema, pain on grip and supination, and especially pain on passive and active motion and localized tenderness can be valuable to predict or rule out fracture in acute wrist trauma cases who have no deformity.

Acute Disease↗

Complete dislocation of the talus unaccompanied by fracture.

Total dislocation of the talus without a concomitant fracture is an extremely rare injury. Such a case was treated by immediate closed reduction and 6 weeks of cast immobilization. At the 9-year follow-up, the patient had a full range of ankle motion without any signs of avascular necrosis or arthritis.

Follow-Up Studies↗

The biomechanical effects of talectomy on the foot.

The biomechanical effects of talectomy on the foot were investigated in seven fresh below-the-knee amputation specimens using pressure-sensitive films placed on the facets of the calcaneus, footprints, and loading-pattern diagrams in the intact foot and after talectomy with anterior and posterior displacement of the foot. Both talectomy techniques distorted the loads carried by the facets of the calcaneus. In the intact foot, 65.6% of the loads were carried by the posterior facet of the calcaneus and 34.4% by the anterior and middle facets. After talectomy with anterior displacement of the foot, although the loads carried by the anterior and middle facets decreased significantly (P = .018), the increase in the loads carried by the posterior facet was not significant compared with the intact foot (P = .176). Similarly, the loads carried by the posterior facet decreased significantly after talectomy with posterior displacement of the foot (P = .028), but the increases in the loads carried by the anterior and middle facets were not significant (P = .735). Comparing the two types of talectomy, the loads carried by each facet changed significantly (P = .018). Talectomy with posterior displacement of the foot also changed the loading patterns and resulted in significant pronation of the foot. These results suggest that talectomy should be performed only as a salvage procedure and that talectomy with anterior displacement of the foot may be preferred when talectomy is indicated.

Biomechanical Phenomena↗